This article investigates and compares two popular combined winding configurations for
bearingless machines, the multiphase (MP) and dual-purpose no-voltage (DPNV) windings …

A multi-phase (MP) combined winding design procedure for bearingless machines is
proposed and developed. Using this procedure, new bearingless motor windings can be …

A generalized multi-phase (MP) combined winding design procedure for bearingless
machines is proposed and developed. Using this procedure, new bearingless motor …

In this article, a novel post fault control algorithm based on the space vector method is
presented and applied to a bearingless multisector permanent magnet synchronous …

This article proposes a modular approachto the power sharing control of permanent magnet
synchronous bearingless machine. The selected machine topology features a winding …

To create bearingless motors with high-performance electromechanical power conversion,
recent research has demonstrated the need for combined windings where each stator coil …

This article presents a current limitation technique for a multiphase bearingless machine
featuring a combined winding system. This winding structure allows the machine to produce …

This paper presents a fault tolerant study of a multiphase sectored permanent magnet
synchronous machine involving a tripel three-phase winding. The machine electro-megnetic …

With the increasing electrical energy demands in aviation propulsion systems, the increase
in the onboard generators' power density is inevitable. During the flight, forces coming from …

The key driving elements for any electrical machine (EM) used in aerospace and other
safety critical applications are the reliability, mass, volume, and efficiency. To reduce …